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Quantum Beam Science, Volume 6, Issue 1
March 2022 - 13 articles
Cover Story: The passage of charged and neutral beams through dielectric capillary guides can be described from a uniform point of view of beams channeling in capillaries, revealing that the surface interaction potential for micro- and nano-capillaries is conditioned by the curvature of the reflecting surface. Effective beam guiding by a capillary is expressed from the general standpoint of quantum mechanics, which allows the interaction potential for surface channeling to be analytically explored. Depending on the projectile and channel-forming insulator characteristics, the interaction potential can be either repulsive or attractive that, as discovered, at fixed beam parameters manifests the ejection (expulsion) of both types of particles toward the center of the guiding channel at the decrease in the capillary diameter. View this paper
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Quantum Beam Sci. - ISSN 2412-382X